【一百场报告】第83期钱学森大讲堂：ENERGY STORAGE SYSTEM FOR ELECTRIFIED VEHICLES
讲座名称：
【一百场报告】第83期钱学森大讲堂：ENERGY STORAGE SYSTEM FOR ELECTRIFIED VEHICLES
讲座时间：
2019-03-13
讲座人：
Xuan Zhou
形式：
校区：
兴庆校区
实践学分：
讲座内容：
讲座题目：ENERGY STORAGE SYSTEM FOR ELECTRIFIED VEHICLES
讲座时间：3月13日（周三）下午14:30-16:00
讲座地点：材料大楼B905报告厅
讲座人：Xuan Zhou 教授
讲座简介：
Much of current research on improved Li-ion batteries focuses on synthesizing and investigating new electrode materials. However, most of the testing techniques used to assess the performance of these materials treat the battery as a black box, characterizing many of the performance parameters encountered outside the batteries, but not shedding a sufficient amount of light on the mechanisms inside the batteries that cause these external behaviors. Electrochemical testing was carried out on half-cells of different common cathode and anode materials used in Li-ion batteries. The results of these tests provide the information needed to simulate the performance of each of these materials in a pseudo-two-dimensional physics-based electrochemical model. Such a model will be able to simulate the internal mass transport inside the battery, giving researchers more information about the properties and performance of these materials than could be obtained by the experimental testing of real cells alone.
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